Vaibhav Armal

As a skilled and experienced Rooftop and Ground Mount PV Design Engineer, I specialize in the design and optimization of solar photovoltaic (PV) systems for residential, commercial, and utility-scale projects. My expertise lies in creating efficient, cost-effective, and code-compliant solar solutions that maximize energy production and meet client-specific requirements. Key Responsibilities: - System Design: Develop detailed structural designs for both rooftop and ground-mounted PV systems, utilizing industry-leading software like DDS CAD, PVSyst, and Helioscope. - Site Assessments: Conduct comprehensive site surveys, including shading analysis and structural evaluations, to ensure optimal system performance and compliance with safety standards. - Energy Modeling: Perform energy yield analysis and modeling to predict system output accurately and optimize the design for maximum efficiency. - Material Specification: Select appropriate components such as solar modules, inverters, and racking systems to align with project goals and technical specifications. - Cross-Functional Collaboration: Work closely with sales, project management, and construction teams to deliver designs that meet customer expectations and support project success. - Documentation and Quality Control: Prepare detailed project documentation, including design reports and BOMs, and participate in quality assurance reviews to ensure design accuracy and completeness. Key Achievements: - Successfully designed and delivered numerous PV systems ranging from residential rooftops to large-scale ground-mounted installations, resulting in significant energy savings and client satisfaction. - Led design projects that consistently adhered to budget constraints while exceeding performance expectations. - Contributed to the development of innovative design practices that improved overall project efficiency and reduced installation times.

Master thesis topic : A business case study of Green Hydrogen production in Germany

Thesis title: "A business case study of green hydrogen production using photovoltaics in Germany". • Conducted a comprehensive business case study on green hydrogen production utilizing photovoltaics in Germany, focusing on sustainability and innovative energy solutions. • Developed a robust Excel tool to visualize and analyze the performance, efficiency, and energy output of key components: Solar Power Plant, Battery Bank Storage System, Electrolyzer, Fuel Cell, and Hydrogen Storage Tank. • Engineered a dynamic tool enabling flexible component sizing, leading to the identification of optimized solutions and a projection of Cost of Energy (COE) over a 25-year period.

• This was a co-founded solar startup with a partner, where I was managing a team of 7 (including a site supervisor) to deliver small-scale PV rooftop installations for commercial clients, overseeing operations, project timelines, and quality control to complete 15+ projects successfully. • Spearheaded installing and commissioning small-scale solar power plants, effectively leading a team to guarantee project delivery met technical and quality benchmarks. • Delivered yield assessments and financial models, presenting detailed reports to clients and investors, resulting in an 80% conversion rate. • Offered expert technical guidance and support to design and installation teams, ensuring timely project completion within budget constraints while upholding superior quality standards.

• Engineered bespoke solar solutions meticulously aligned with geographic and structural specifications, maximizing efficiency and adherence to technical standards. • Streamlined procurement and subcontracting processes, enhancing supply chain effectiveness to deliver top-quality materials and services within project timelines. • Implemented strategic project management practices, fostering collaboration and ensuring seamless execution across all phases of construction.